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The TTSPORT M-05+ compound is built for endurance racing, rally competition, and long-session driving where repeatable pedal response matters more than street comfort. It is positioned for drivers who need controlled bite, stable friction, and consistent release through extended heat cycles.
M-05+ is not a comfort-oriented street pad. As with most competition compounds, proper bedding is required, and users should expect elevated brake dust, operating noise, and faster wear of consumable brake components compared with mild street pads depending on vehicle weight, rotor condition, cooling, and driving style.
For best results, install on clean, compatible rotors and complete a proper bedding cycle before competitive use. Re-check pad thickness, rotor condition, and fluid condition after initial heat cycling.
Competition brake pads may produce more dust and noise than street-focused compounds. Confirm the compound is appropriate for your vehicle, brake system, event rules, and intended use before ordering.
| Specification | M-01 | M-02 | M-03 | M-05 | M-05+ |
|---|---|---|---|---|---|
| Primary Application | Street Performance | Upgraded Street | Carbon Ceramic Discs | Track Racing | Endurance Racing |
| Material Composition | Semi-metallic resin | Ceramic resin | Low-metallic resin | Low-metallic resin | Low-metallic resin |
| Key Reinforcements | Steel, aramid fibers | Ceramic, aramid fibers | Steel, copper, aramid | Steel, copper, aramid | Steel, copper, aramid |
| Temperature Resistance | 600°C | 650°C | 750°C | 750°C | 700°C |
| Avg. Friction Coefficient | 0.38 μ | 0.42 μ | 0.44 μ | 0.45 μ | 0.43 μ |
These listed values help compare MT Series compound intent, material type, temperature resistance, and average friction coefficient. Select the compound based on the vehicle, rotor type, cooling package, event format, and required balance between bite, modulation, rotor wear, and pad life.
The comparison below keeps the original MT Series score data in a mobile-friendly table. Higher numbers indicate stronger performance in that category, scored out of 10.
| Performance Metric | M-01 | M-02 | M-03 | M-05 | M-05+ |
|---|---|---|---|---|---|
| Fade Resistance | 6 | 6 | 8 | 8 | 7 |
| Average Friction Coefficient | 6 | 6 | 8 | 8 | 7 |
| Cold Bite | 8 | 6 | 8 | 8 | 7 |
| Pedal Modulation & Control | 7 | 6 | 9 | 9 | 7 |
| Impact on Rotor Wear | 9 | 9 | 8 | 7 | 9 |
| Pad Longevity | 7 | 8 | 8 | 7 | 9 |
| Low Dust | 6 | 8 | 7 | 7 | 7 |
M-05+ prioritizes endurance-oriented wear control and rotor protection while maintaining a stable average friction profile for long competitive sessions. Drivers seeking maximum short-session bite may compare it against the M-05, while endurance and rally users may prefer the M-05+ balance of consistency and longevity.
Need help selecting the correct compound for your car, brake kit, rotor material, and event format?
Be honest about your driving. This is the most important factor.
Pads and rotors are a team. Make sure you're pairing them correctly.
Pushing pads beyond their heat range leads to brake fade—a scary feeling you don't want. Street pads work best below 930°F (approx. 500°C). Track pads only start to wake up at those temps and can handle up to 1,500°F (approx. 800°C) or more.
This is the technical term for how hard a pad grabs the rotor. Think of it as the pad's grip level.
Here’s the deal: performance has trade-offs. Generally, the more stopping power and heat resistance a pad has, the more likely it is to create dust and make some noise (especially squealing when cold). Low-dust, silent pads are great for comfort but won't hold up on the track.
Once you've got the perfect pads, have them installed by a professional. Then, follow the recommended bed-in procedure religiously. This crucial step ensures your pads and rotors wear in together for optimal performance and a long service life.
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